在模具设计中，冲裁模压力中心通常采用解析法或图解法求解。
In die design, the pressure center of stamping die is calculated generally using analytic method or schematic method.
在模具设计中，冲裁模压力中心通常采用解析法或图解法求解。
In die design, the blanking pressure center of stamping die is calculated generally using analytic method or schematic method.
并着重分析了模具工作过程以及在模具设计与制造过程中的特点。
And it puts emphasis on analysing the working process and the characteristics of design and manufacture of the die.
在模具设计过程中充分CAE技术来优化设计浇注系统和冷却系统。
During the mold design, gating system and cooling system designed and optimized with CAE technology.
分析讨论了定距离分型机构在模具设计中的重要性以及在实际中的应用。
Give an analysis and discussion of the importance of a certain distance parting mechanism in mold's designing and its application in practice.
指出了在模具设计制造中应注意的事项，可为类似滚压件模具设计参考。
The proceedings required attention during die design and manufacture are pointed out, it can be referenced by similar rolling parts die design.
讨论一种三维光栅面扫描系统的原理、组成及在模具设计和制造中的应用。
The principle, composing and application of the 3D grating surface scanning system are discussed.
提出了在模具设计方面应将膨胀量考虑到设计尺寸上，错位问题就能得到解决。
Here the paper presents that expansion factors should be taken into consideration in dimensions design then the offset step problems can be solved.
简要介绍了钢结硬质合金的性能、热处理工艺及在模具设计、加工时采取的措施。
The charateristics and the heat treatment process of the steel bonded carbide, measures needing to adopt in die design and machining were briefly introduced.
本文在分析注塑模充模流动的基础上，通过具体实例，阐述了计算机辅助分析在模具设计中的作用。
Based on the analysis of polymer flow in mold filling, the important role of computer aided analysis in injection mold design is presented through concrete examples.
通过实用模具的失效分析，讨论了影响模具寿命的主要因素，并探讨了在模具设计中的摩擦学问题。
The influence factors of mould life was analysed by invalidation analysis of mould. The tribological problem was discussed for the mould design.
在模具设计制造中，充分利用标准模架零件能简化设计，提高质量稳定性，缩短制造周期和降低成本。
In designing and making mould, fully utilizing standard mould base can simplify the design, raise the stability of quality, shorten the making cycle and bring down the costs.
在模具设计过程中，冲模压力中心通常采用解析法或作图法求解，但这些方法计算繁琐，效率低，易出错。
In die design, the pressure center of stamping die is calculated generally using analytic method or schematic method. But these methods are cockamamie, ineffective and fallible.
在模具设计中，针对企业的具体情况，用普通钢板拼焊组合的结构方式，制作经济、快速、适用的拉伸模具。
In view of the manufacturer's actual condition, the split welding structure of common steel sheets was adopted in the design of the die to manufacture an economic, rapid and practical drawing die.
同时，在模具设计中，为增加适当的难度，选择了有侧抽心机构的产品下改进行模具设计制造。并且采用了活动镶件进行脱螺纹。
Its appropriate difficulty of increment to take off the thread organization to adopt the wheel gear and take off the thread method to give the realization.
为了能够快速响应多变的市场需求，在模具设计与制造过程中运用虚拟原型技术可以有效地降低模具制造和试模的成本，缩短制造周期。
To answer the requirement of changeable market during mould design making process the virtual prototyping technology can be cut down the cost of mould making test mould and shorten making period.
冷挤压组合凹模的失效主要是凹模内腔疲劳裂纹的出现，在模具设计的前期较为准确的估算出组合凹模的疲劳寿命是模具优化设计的前提。
The stress analysis of combined die is a very complicated problem, and the exact analysis on it is a key to solve the mould life.
介绍了计算机辅助设计（CAD）的应用对塑料模具设计的重要性，并对CAD集成技术及其设计和分析作了阐述，同时指出了CAD在模具设计中的发展趋势。
This article has introduced the significance of the application of CAD for the design of plastic mold, and expatiated on CAD integrated technology, its design and analysis.
在铸造模具设计中，缩短设计周期、优化铸造工艺具有重要意义。
It is very important to shorten design cycle and optimize casting technique when designing casting mold.
分析了带尾翼铝合金壳体零件在塑性成形过程中的难点，介绍了壳体零件的成形工艺与模具设计的方法。
The difficulty of aluminum alloy shell workpiece with empennages was analyzed during plasticity forming, and its forming process and die designing was introduced.
在进行粉末冶金模具设计时经常会用到大量的通用零件和通用模架。
Many common parts and common mold base parts are used while the designer are designing powder metallurgy die.
通过对机械振动技术在塑料注射成型中的应用，探讨振动注射成型工艺及其模具设计方法。
The vibration injection molding and mold design method are discussed by the application of the mechanical vibration technology in the injection molding of plastics.
通过支承座零件的工艺分析和模具设计，介绍了液态模锻技术在复杂零件上的应用。
Through the technology analysis and die design of the support saddle, the application of the liquid die forging technique for complicated parts was introduced.
在分析环槽形内侧凹塑件结构特点及模具设计方案的基础上，设计了此类塑件的注射模。
Based on the analysis of the structure characteristics of the plastic product with inner concave loop slot and the mold design projects, an injection mold for this kind of part was designed.
介绍了氧化铜无机粘接和三酸腐蚀制造工艺技术在橡胶模具设计与制造过程中的应用。
Application of inorganic bonding and acid corrosion in rubber die design and manufacturing was introduce.
了解冲压件在成形过程中的变形状况及其有关状态参数的数值与分布状况对于工艺设计和模具设计是十分重要的。
Understanding the deformation conditions, the value and distribution of the parameters in press parts during the forming process are very important to the design of technology and dies.
塑料的成型收缩率直接关系到制品的形状和尺寸精度，因此在塑料注射成型的模具设计中，迫切需要预测制品的成型收缩率。
The shrinkage of plastic products is a very important parameter and need to be forecast during the design of injection molds, which affects the shape and size precision of the products.
模具设计采用了合理的镶件结构，解决了滑块在抽芯过程中的强度不足以及模架刚性不足等问题。
The design of the die adopted reasonable insert structure, which solved the problem of the slide short of strength and the die sets short of rigidity in the core-pulling process.
在试模过程中，成型的塑件有多种失效形式，而每种失效形式都和模具设计不合理有关。
There are many failure modes of plastic parts during trial molding process. Every failure mode is in relation to improper designs.
具有特殊斜面的冲压件展开尺寸计算在众多的冲压工艺书籍和模具设计手册中鲜有论述，在实际工作中是个难题。
Calculation of development size of pressing with special incline is not discussed in many press technology books and die design manuals, and it is a difficult problem in real working.
应用推荐